MILESTONE $3$: UPPER SECOND CLASS $(60\%+)$

a$.$ Rather than loading $4$ cube models manually, use an array of IModels to create and

store $12$ cubemodels.

i$.$ Using a loop and a random number generating function, create and place all $12$

cubes at randompositions on the floor.

ii$.$ Consider using C$++\text{'}$s rand$()$ function.

iii. Does the scene look the same every time the game is executed? That is because

rand$()$ is apseudo$-$random generator.

Note: checking for collisions between the sphere and $12$ cubes will lead to a reduced FPS

rate, therefore it is recommended that you utilise variable timing when moving your sphere

from this point on$.$

b$.$ Update your cube pickup code to use sphere$-$to$-$box collision detection to check for

contact between thesphere and the cubes. Remember all the cubes are axis$-$aligned.

Also remember that for every $4$ cubespicked up$,$ the sphere should be scaled to $1\mathrm{.}2$

times its size.

c$.$ When a player accumulates $120$ points, the game should enter a GameWon state. In

the GameWonstate:

i$.$ The sphere should not be able to move.

ii$.$ A congratulatory message should be displayed at the centre of the game

window.

d$.$ The game should now have $4$ states: Playing, Paused, GameWon and GameOver.

You may also want to display an appropriate message in the GameOver state, while

keeping the player fixed, instead of just stoping the game.